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PhD position – Integration of new materials with strong spin-orbit coupling (van der Waals tellurides) for SOT-MRAM memories(April 26th, 2024)
Topic : The new concepts offered by “spinorbitronics” make it possible to envisage more frugal electronics. In particular, for writing a magnetic memory (MRAM), a new concept of magnetization reversal by a spin- orbit couple is emerging. Its principle permits a significant decrease in memory writing energy and enhanced endurance. Its operation is based on […]
Read moreSeminar – Topological Spin Transport in Quantum Materials and Entanglement(April 15th, 2024)
On Monday May 13, 2024 at 14:00 we have the pleasure to welcome Prof. Stephan ROCHE (ICREA, Catalan Institute of Nanoscience and Nanotechnology (ICN2), CSIC, BIST). He will give us a seminar entitled : Topological Spin Transport in Quantum Materials and Entanglement Place: IRIG/SPINTEC, CEA Building 10.05, auditorium 445 (access needs authorization request it before […]
Read moreSeminar – Ten Years of 2D Materials based Spintronics Research: Highlights and Future()
On Tuesday May 14, 2024 at 14:00 we have the pleasure to welcome Prof. Stephan ROCHE (ICREA, Catalan Institute of Nanoscience and Nanotechnology (ICN2), CSIC, BIST). He will give us a seminar entitled: Ten Years of 2D Materials based Spintronics Research: Highlights and Future Place: Bâtiment GreEn-ER, 21 Avenue des Martyrs, Grenoble Video conference: https://univ-grenoble-alpes-fr.zoom.us/j/98769867024?pwd=dXNnT3RMeThjYStybGVQSUN0TVdJdz09 […]
Read moreLATEST PUBLICATIONS Publications archives
Resistively-coupled stochastic MTJ for energy-based optimum search(January 22nd, 2024)
We study recurrent networks of binary stochastic Magnetic Tunnel Junctions (sMTJ), aiming at efficiently solving computationally hard optimization problems. After validating a prototyping route, we investigate the impact of hybrid CMOS+MTJ building block variants on the quality of stochastic sampling, a key feature for optimum search in a complex landscape. We carry out a functional […]
Read moreDeterministic switching in Voltage Controlled Magnetic Anisotropy Magnetic at Cryogenic Temperatures()
Cryoelectronics has the potential to become important in high-performance computing applications and in the context of quantum computing. For low-temperature operation, it becomes imperative to reduce power dissipation, and improved device efficiency could even offset the power consumption required for cooling. In magnetic memories, voltage-controlled magnetic anisotropy (VCMA) is a promising approach to minimize the […]
Read moreThe spin diode()
Spin electronics applies to a wide range of materials: metals, where spin is transported by electrons, but also magnetic insulators, where spin is transported by magnons. The latter are of interest because in certain insulators, such as yttrium iron garnet (YIG), it is predicted that one could reach a state of superfluidity, i.e. spin transport […]
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RECENT UPDATES
- PhD position – Integration of new materials with strong spin-orbit coupling (van der Waals tellurides) for SOT-MRAM memories 26 April 2024
- Seminar – Topological Spin Transport in Quantum Materials and Entanglement 15 April 2024
- Seminar – Ten Years of 2D Materials based Spintronics Research: Highlights and Future 15 April 2024
- seminar – Novel information encoding schemes for energy efficient cognitive computing 5 April 2024
- Recruiting a post-doctoral researcher on building spintronic neural networks for pattern recognition 29 March 2024
